VA and IPS panels have been around for decades, and all TVs that use LED backlights use either a VA or an IPS panel. What's the difference between a VA vs IPS panel, though, and how do these terms impact your overall viewing experience? Most people assume that VA panels have better contrast, whereas IPS panels have better viewing angles, but is that still the case on modern panels? In this article, we'll break down what these terms mean, how they impact your viewing experience, and help you decide which one is best for you. If you're done researching, check out our list of the best LED TVs.
What Are They?
TVs with LCD panels have been around for a few decades now, and the core technology behind them hasn't changed all that much over the years. There are two main types of LCD panels: In-Plane Switching (IPS) and Vertical Alignment (VA), and there are a few key differences between each type. A VA panel usually has a high contrast ratio and narrow viewing angles. However, an IPS panel has lower contrast and wide viewing angles.
IPS
The term IPS stands for in-plane shifting, and it refers to the mechanism used to adjust the liquid crystals in your LCD TV to control the flow of light. The LCD layer is just one layer of many within a TV, and it sits between the LED backlights, polarizers, and glass substrates. With an IPS panel, the liquid crystals sit horizontally next to each other when there's no voltage applied to them, blocking most of the light coming through. When a voltage is applied, they rotate parallel to the glass substrate to let light through.
The rotation is what defines IPS panels versus other LCD panel types like VA, as the crystals are rotating within the plane of the glass substrates, whereas VA crystals rotate perpendicular to the substrate. While this may seem like a minor difference, it has a significant impact on a few important performance characteristics of the panel, which we'll get into later on in the article.
VA
The term VA stands for Vertical Alignment, referring to the mechanism used to adjust the liquid crystals in your LCD TV to control the flow of light. This panel is one of multiple layers within a TV, sitting between the LED backlights, polarizers, and the glass substrate, amongst other elements. When no voltage is applied to the liquid crystals, they sit vertically with respect to each other, which is why it's called vertical alignment. They're also very good at blocking most of the light coming through, which is why VA panels have high contrast ratios with deep blacks (more on that later). Once a voltage is applied, they tilt perpendicular to the glass substrate to let light through, creating a viewable image.
There are multiple manufacturers that produce VA panels, but it's hard to know which exact manufacturer produced the panel in your TV without opening it up. TV brands sometimes source multiple panels for the same model, so there's a bit of a lottery involved.
Performance
So now that we've explained what VA and IPS mean, let's take a closer look at how they compare, so you can make a clear buying decision. To compare these two panel technologies, we'll look at the results of the 64 TVs we've tested on our 2.1 or 2.0.1 test benches that use these panels. We'll focus on the panels themselves and how they differ, so we won't cover things like inputs, smart features, or audio, as these things aren't affected by the panel. So who wins in a showdown between a VA panel vs IPS?
Contrast
Contrast is one of the most important factors when it comes to picture quality. A TV with high contrast can display deeper blacks when viewed in the dark. However, if your TV has a low contrast ratio, you'll notice that blacks look gray. Contrast is also essential for HDR, as with a low contrast ratio, bright highlights won't stand out at all, giving the image a flat look regardless of the TV's peak brightness.
Looking at the results of our native contrast measurements, you can see that VA panels are far superior to IPS panels when it comes to this. Most LED TVs use VA panels due to this main advantage. These results look at the native contrast of the panel itself, though, which isn't necessarily as good as it can get. Most TVs these days use a feature called local dimming to improve their contrast. While this technology can drastically improve picture quality, it comes with downsides, and no local dimming feature is perfect. Overall, even with local dimming, VA panels deliver deeper blacks and better contrast than IPS.
Winner: VA
Black Uniformity
Whereas contrast looks at the ratio of black to white, our black uniformity tests look at how uniform those blacks are. No LED TV has perfect uniformity, and unlike viewing angles and contrast, the panel type doesn't completely determine how good its black uniformity will be. As you can see in the above chart, most VA panels that we've tested have good black uniformity, while most IPS panels have sub-par black uniformity. This doesn't mean that every VA panel TV will have good uniformity, either, as this varies between individual units. This also only looks at the native uniformity of the panel itself, with extra processing features like local dimming disabled. With a good local dimming feature, many IPS models come close to the uniformity of VA panels, but a good VA panel with a good local dimming feature will still look better.
Winner: VA
Colors
Our SDR color volume tests look at the range of colors a TV can display, and split it into 10 lightness rings covering different scenarios, so you get an idea of how well a TV can display both light and dark shades. The BT.2020 color space is the most difficult one to achieve, as it's the widest color gamut supported by modern TVs, and no TV on the market can display the entire BT.2020 color space as of February 2026. As you can see, there's really no clear winner when it comes to colors. This is because the range of colors that a TV can display has more to do with the backlight system and color filters used than the LCD panel.
Winner: Tie
Viewing Angle
A TV's viewing angle is the angle at which you can watch the TV without seeing a noticeable drop in picture quality. IPS TVs are the clear winner here, as the image remains accurate when viewed from the sides. This is their main advantage over VA panels. Most VA panel TVs have a noticeable loss in image accuracy when viewing from the side, as colors wash out quickly as you move off-center. The narrow viewing angle of VA TVs is also problematic when the TV is used as a PC monitor, as it causes the edges of the TV to look darker than the center if you're sitting close to the screen.
Winner: IPS
Motion Handling
If you watch content with fast-moving objects, like in action movies or sports, or if you're buying a TV for gaming, then motion handling is important to you. One metric we use to objectively measure motion handling on TVs is Cumulative Absolute Deviation (CAD), which tells us how much a TV's response time deviates from a perfect TV. A high CAD can result in noticeable motion artifacts like black smearing or ghosting. That said, having a fast response time isn't perfect for watching movies, either, as it also causes stutter.
As you can see above, when comparing the range of scores, VA panels are slightly better than IPS overall. The difference is minor, though, and it's an imperfect metric, as VA panels still have weaknesses that aren't necessarily well exposed by this test. For example, VA panels tend to struggle with shadow details, and inverse ghosting (a white trail that's brighter than it should be) is very common with that technology.
Winner: VA panels are slightly better on average.
Identifying IPS vs. VA Panels
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If you're in a showroom and trying to identify which TVs use IPS panels and which ones use VA panels, the easiest way is to look at how the image changes as you move around. If the colors or brightness of the TV remain mostly the same as you move to the side, there's a good chance it uses an IPS panel; if they fade quickly, it's probably VA. You can also use the finger tap test, but be cautious when doing so to avoid applying too much pressure. Gently tap the screen with one finger; on a VA panel, you'll usually see a quick flash of light around the point of contact. If the screen barely reacts to your touch, it probably uses an IPS panel.
If you have a good phone, you can also try to take a photo of the pixels themselves. It takes practice, but if you lean one side of your phone gently on the screen and hold the camera side about an inch from the screen, you should be able to see the individual subpixels. While it'll be difficult to see the exact shape of the pixels to determine if they're IPS or not, you should be able to see the order of the pixels. This is important because IPS panels almost always have a red-green-blue subpixel order, whereas most VA panels have a blue-green-red subpixel order.
Variants
There are actually many different variants of both VA and IPS panels, and very few TVs in 2025 actually use the original IPS or VA panel structure. Most IPS panels use a variant known as advanced super dimension switching, or ADS, but there are other variants as well. Most of these variants try to fix the issues that both of these panels are known for, like low contrast on IPS or viewing angles on VA panels. While they usually tend to perform a bit better in both cases, they're not quite the game-changer panel manufacturers claim.
For simplicity's sake, our reviews group these all together under the VA or IPS umbrellas, but there are physical differences between them, and it's usually pretty easy to spot the different subtypes. VA panels don't have as many variants as IPS panels do, but a few newer ones, like TCL CSOT's HVA and WHVA variants, are becoming increasingly common. WHVA panels are notable because not only do they help improve viewing angles a bit, but TCL swapped the subpixel structure to the more common red-green-blue order, which helps with text clarity if you're using your TV with a PC.
Conclusion
Between IPS and VA panels, neither technology is inherently superior to the other, as they both serve different purposes. In general, IPS TVs have wide viewing angles suitable for when you want to watch the big game or your favorite show in a large seating arrangement. They're also beneficial for use as a PC monitor since the edges remain accurate if you sit up close. However, VA panels are a better choice for watching content in dark rooms, as their improved contrast allows them to display deep blacks. Choosing between the two is a series of trade-offs and qualities, so choosing the best TV for your needs depends on your usage.